

Meyer Sound enjoys a long history of educating the professional audio community, dating back to the early development of the original SIM Seminar. Comprehensive and science-based, our training program delivers content tailored to all disciplines and experience levels. Whether you are an aspiring student, a touring sound veteran, a skilled system integrator, or an audio consultant with multiple advanced degrees, we present tools and techniques to help you attain the best possible performance from your sound system.
Our instructors draw from a deep well of knowledge, built on decades of experience as system designers, technicians, and FOH engineers. Their extensive work in the field, across many industry sectors, affords them a unique ability to explain intricate concepts in comprehensible terms, all while maintaining a fun, engaging learning environment.
Meyer Sound approaches training with the same eye toward innovation that defines our products. Never static, our program continues to evolve with groundbreaking content and instructional techniques. In that spirit, we introduce our new modular course format, promising the utmost topical precision, scalability, and application. With this step forward, we strike an essential balance between theory and practice to situate concepts firmly in the technology, and by extension, the real world.
For additional program information, please contact our administration and scheduling team at education@meyersound.com.
Portable System Deployment (PSD) – 2 Days – May 3-4
This course provides the foundation today’s users require to accurately deploy portable live sound systems, whatever the size and application. Attendees acquire a working knowledge of the entire process, from initial system design to final verification, and everything in between. All topics are demonstrated in practice using Meyer Sound solutions, including loudspeakers, rigging hardware, the MAPP 3D System Design Tool, Galileo GALAXY Network Platform, Compass Control Software, RMServer Remote Monitoring System, MDM Power and Signal Distribution Module, and FFT‑based transfer‑function analyzers. Though this course focuses primarily on live sound, the content is suitable for anyone involved in designing and deploying sound systems, either portable or installed. Whether you are an aspiring student, or a seasoned professional with decades of experience, equip yourself with the tools and techniques to take your ideal sound system from concept to reality.Low Frequency Control (LFC) – 1 Day –May 5
Fusing classroom theory with practical exercises, this one-day course addresses a range of considerations when working with the Meyer Sound LFC subwoofer product line. Topics include verification procedures, cardioid and array configurations, effective cancellation techniques, main-to-LF scaling and alignment, and approaches to combining different subwoofer configurations within a single system.
This course is offered in select instances, as a supplement to Portable System Deployment and System Design & Optimization. Attendees should complete either course prior to taking Low Frequency Control, the content of which is intended for experienced audio technicians.
LFC is eligible for 6.5 AVIXA CTS, CTS-D, CTS-I RU.
Instructors: Merlijn van Veen and Sana RomanosLanguage of Instruction: EnglishRegisterThis course provides the foundation today’s users require to accurately deploy portable live sound systems, whatever the size and application – including a basic understanding or networked audio and sound system monitoring. This training will focus on Meyer Sound's PANTHER, large-format linear line array loudspeakers.
Attendees acquire a working knowledge of the entire process, from initial system design to final verification, and everything in between. All topics are demonstrated in practice using Meyer Sound solutions, including loudspeakers, rigging hardware, the MAPP 3D System Design Tool, Galileo GALAXY Network Platform, Compass Control Software, Nebra Connectivity & Monitoring Tool, AVB MILAN networking, RMServer Remote Monitoring System, MDM Power and Signal Distribution Module, and FFT‑based transfer‑function analyzers.
Though this course focuses primarily on live sound, the content is suitable for anyone involved in designing and deploying sound systems, either portable or installed. Whether you are an aspiring student, or a seasoned professional with decades of experience, equip yourself with the tools and techniques to take your ideal sound system from concept to reality.
PSD is eligible for 13 AVIXA CTS, CTS-D, CTS-I RU.
Instructors: Bob McCarthy and José GaudinLanguage of Instruction: EnglishRegisterThis course provides the foundation today’s users require to accurately deploy portable live sound systems, whatever the size and application – including a basic understanding or networked audio and sound system monitoring.
Attendees acquire a working knowledge of the entire process, from initial system design to final verification, and everything in between. All topics are demonstrated in practice using Meyer Sound solutions, including loudspeakers, rigging hardware, the MAPP 3D System Design Tool, Galileo GALAXY Network Platform, Compass Control Software, Nebra Connectivity and Monitoring Tool, AVB MILAN networking, RMServer Remote Monitoring System, MDM Power and Signal Distribution Module, and FFT‑based transfer‑function analyzers.
Though this course focuses primarily on live sound, the content is suitable for anyone involved in designing and deploying sound systems, either portable or installed. Whether you are an aspiring student, or a seasoned professional with decades of experience, equip yourself with the tools and techniques to take your ideal sound system from concept to reality.
This training is eligible for 13 AVIXA CTS, CTS-D, CTS-I RU
This course explores the relationship between the predictive perspective of the MAPP 3D Sound System Design Tool and actual sound system performance as measured with FFT‑based transfer‑function analyzers. The instructor will generate and compare data using both tools, in order to help users better understand the correlation between the two. Upon completion of the course, attendees will possess a clearer idea of how sound systems behave in both modelled and real space, and with it, a more informed approach to accurately designing and optimizing systems using Meyer Sound solutions.
This training is eligible for 18 AVIXA CTS, CTS-D, CTS-I RU
Course Modules |
Meyer Sound History |
Product Overview |
Designing with MAPP 3D |
System Design: Line Array Trim, Aim & Splay |
System Design: Main Systems |
System Design: Fill Systems |
System Design: Delay Systems |
System Design: Relay Systems |
System Design: Low Frequency Control Theory |
System Design: Low Frequency Control Recipes |
GALAXY & Compass Applications |
Measurement Analyzers |
Acoustics 101 |
Acoustics 202 |
System Verification: With FFT |
Sub Alignment: With FFT |
System Optimization: EQ, Delay, Level, Aim, Splay |
System Optimization: Low-Mid Beam Control |
Subjective System Voicing |
Fusing classroom theory with practical exercises, this one-day course addresses a range of considerations when working with the Meyer Sound LFC subwoofer product line. Topics include verification procedures, cardioid and array configurations, effective cancellation techniques, main-to-LF scaling and alignment, and approaches to combining different subwoofer configurations within a single system.
This course is offered in select instances, as a supplement to Portable System Deployment and System Design & Optimization. Attendees should complete either course prior to taking Low Frequency Control, the content of which is intended for experienced audio technicians.
This training is eligible for 6.5 AVIXA CTS, CTS-D, CTS-I RU
Course Modules |
Meyer Sound History |
Product Overview |
Subwoofer Fundamentals |
Verification |
Cardioid Configurations: In-Line Gradient |
Cardioid Configurations: In-Line End-Fire |
Cardioid Configurations: Inverted Stack Gradient |
Auto-Efficiency |
Mind the Gap |
Symmetrical Arrays vs Asymmetrical Arrays |
Horizontal Arrays |
Meyer Sound LFC Settings |
VLFC – Below the Typical Subwoofer Frequency Range |
Main-to-LF Configurations |
Power Scaling: Main-to-LF Ratios |
Main-to-LF Alignment |
Subwoofer Combinations |
Delay Subwoofers |